6.0 KiB
6.0 KiB
WireViz Tutorial
Bare-bones example
- Minimum working example
- Only 1-to-1 sequential wiring
connectors:
X1:
pincount: 4
X2:
pincount: 4
cables:
W1:
wirecount: 4
length: 1
connections:
-
- X1: [1-4]
- W1: [1-4]
- X2: [1-4]
Output:
Adding parameters and colors
- Parameters for connectors and cables
- Auto-calculate AWG from mm2
- Non-sequential wiring
connectors:
X1:
pincount: 4
# More connector parameters:
type: Molex KK 254
subtype: female
X2:
pincount: 4
type: Molex KK 254
subtype: female
cables:
W1:
wirecount: 4
# more cable parameters:
length: 1
gauge: 0.25 mm2
show_equiv: true
colors: [WH, BN, GN, YE]
connections:
-
- X1: [1-4]
- W1: [1-4]
# non-sequential wiring:
- X2: [1,2,4,3]
Output:
Pinouts, shielding, templates (I)
- Connector pinouts
- Pincount implicit in pinout
- Cable color codes
- Cable shielding, shield wiring
- Templates
connectors:
X1: &template1 # define a template for later use
pinout: [GND, VCC, RX, TX] # pincount implicit in pinout
type: Molex KK 254
subtype: female
X2:
<<: *template1 # reuse template
cables:
W1:
wirecount: 4
length: 1
gauge: 0.25 mm2
show_equiv: true
color_code: DIN # auto-assign colors based on DIN 47100
shield: true # add cable shielding
connections:
-
- X1: [1-4]
- W1: [1-4]
- X2: [1,2,4,3]
- # connect the shielding to a pin
- X1: 1
- W1: s
Output:
Templates (II), American standards, daisy chaining (I)
- Overriding template parameters
- American standards: AWG gauge and IEC colors
- Linear daisy-chain
connectors:
X1: &template_con
pinout: [GND, VCC, SCL, SDA]
type: Molex KK 254
subtype: male
notes: to microcontroller # add notes
X2:
<<: *template_con # use template
subtype: female # but override certain parameters
notes: to accelerometer
X3:
<<: *template_con
subtype: female
notes: to temperature sensor
cables:
W1: &template_cbl
wirecount: 4
length: 0.3
gauge: 24 AWG # specifying guage in AWG directly
color_code: IEC # IEC 62 colors also supported
W2:
<<: *template_cbl
length: 0.1
connections:
-
- X1: [1-4]
- W1: [1-4]
- X2: [1-4]
- # daisy chain connectors (in line)
- X2: [1-4]
- W2: [1-4]
- X3: [1-4]
Output:
Ferrules, wire bundles, custom wire colors
- Ferrules
- Wire bundles
- Internally treated as cables
- Different treatment in BOM
- Custom colors
- Wirecount can be implicit in color list
connectors:
X1:
pinout: [+12V, GND, GND, +5V]
type: Molex 8981
subtype: female
ferrules: # ferrules
F1:
type: Ferrule, crimp
subtype: 0.5 mm²
color: OG # optional color
cables:
W1:
category: bundle # bundle
length: 0.3
gauge: 0.5 mm
colors: [YE, BK, BK, RD] # custom colors, wirecount is implicit
notes: hello!
connections:
- # attach ferrules
- F1
- W1: [1-4] # a new ferrule is auto-generated for each wire
- # attach connectors (separetely from ferrules)
- W1: [1-4]
- X1: [1-4]
Output:
Custom ferrules
- Custom ferrules
- Allows attaching more than one wire to a ferrule
connectors:
X1:
pinout: [+12V, GND, GND, +5V]
type: Molex 8981
subtype: female
F_10_1: # manually define a ferrule (with unique identifier)
category: ferrule
type: Ferrule, crimp
subtype: 1.0 mm²
color: YE
ferrules: # ferrules
F_05:
type: Ferrule, crimp
subtype: 0.5 mm²
color: OG # optional color
cables:
W1:
category: bundle # budnle
length: 0.3
gauge: 0.5 mm
colors: [YE, BK, BK, RD] # custom colors, wirecount is implicit
connections:
- # attach ferrules
- F_05
- W1: [1,4] # a new ferrule is auto-generated for each wire
- # attach connectors (separetely from ferrules)
- W1: [1-4]
- X1: [1-4]
-
- F_10_1: 1 # manually defined ferrules are treated like regular connectors,
# thus requiring a pin number
- W1: 2
-
- F_10_1: 1
- W1: 3
Output:
Daisy chaining (II)
- Zig-zag daisy chain
connectors:
X1: &template_con
type: Molex KK 254
subtype: female
pinout: [GND, VCC, SCL, SDA]
X2:
<<: *template_con
X3:
<<: *template_con
X4:
<<: *template_con
X5:
<<: *template_con
X6:
<<: *template_con
cables:
W1: &template_wire
gauge: 0.25 mm2
length: 0.2
colors: [TQ, PK, YE, VT]
category: bundle
W2:
<<: *template_wire
W3:
<<: *template_wire
W4:
<<: *template_wire
W5:
<<: *template_wire
connections:
-
- X1: [1-4]
- W1: [1-4]
- X2: [1-4]
-
- X3: [1-4]
- W2: [1-4]
- X2: [1-4]
-
- X3: [1-4]
- W3: [1-4]
- X4: [1-4]
-
- X5: [1-4]
- W4: [1-4]
- X4: [1-4]
-
- X5: [1-4]
- W5: [1-4]
- X6: [1-4]
Output:






